不使用像素网格。
You can change the magnification factor and display or hide the pixel grid.
您可以更改放大因子以及显示或隐藏像素网格。
If only the pixel Grid option is selected (the default setting), resizing snaps to the next available pixel.
如果只选取了[像素格线]选项(预设设定)，则调整大小会贴齐至下一个可用的像素。
If you look at a 1-pixel grid pattern projected by this 4k chip, you will see each alternating 1-pixel wide line cleanly defined as black and white.
如果你去观察由这枚4K芯片所投射的1 -像素图样，你会看到交替的1 -像素宽度的黑线和白线被清楚地定义。
Gridulator lets you create pixel guides for grid design, in any configuration you want.
Gridulator可创建用于栅格设计的像素向导，配置随你所需。
If you look at the last one, you CAN still see a vague grid of light grass splats this is caused by having too many of the same color pixel together...
如果你仔细看最后一个图，还是可以发现“栅格”(这是因为有太多相同颜色的点聚集在一起)。
Blueprint styles are based on pixels and an 18-pixel baseline grid.
Blueprint样式基于像素和一个18像素的基线网格。
When checked, displays a grid around each pixel in the Image editor.
选中时，在图像编辑器中的每个像素周围显示网格。
To study ray (vector) analysis and pixel (grid) analysis which are applied in the calculation of field strength of radio coverage, and compare their differences and characteristics.
研究无线覆盖场强计算中使用的射线分析法(矢量法)与像素分析法(栅格法)，并比较二者的区别和特性。
We handle every grid node with sub-pixel orientation method and find out subsection linearity equation between every space grid interval by standard difference contrasting method.
对每一个网格节点进行亚像素处理，在相邻的网格区间节点上用标准差值对照法确定分段线性直线方程。
In the first grid image below, a rectangle from (2,1) to (5,5) is filled. The entire area between them (light red) falls on pixel boundaries, so the resulting filled rectangle will have crisp edges.
在第一个图中，填充了（2，1）至（5，5） 的矩形，整个区域的边界刚好落在像素边缘上，这样就可以得到的矩形有着清晰的边缘。
In the first grid image below, a rectangle from (2,1) to (5,5) is filled. The entire area between them (light red) falls on pixel boundaries, so the resulting filled rectangle will have crisp edges.
在第一个图中，填充了（2，1）至（5，5） 的矩形，整个区域的边界刚好落在像素边缘上，这样就可以得到的矩形有着清晰的边缘。
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